# introduction

Hello ! I'm Jean-Julien (JJ) Aucouturier, an academic/neuroscientist based at the FEMTO-ST Institute in Besançon, France. I'm interested in new methods for the analysis of human sensory electrophysiology, and working both with healthy participants and neurological or psychiatric patients. Some of our recent work has involved, for instance, using system identification methods such as reverse correlation to crack how people perceive dominance, trustworthiness or confidence from someone else's voice, and whether people still do that under coma.

#Besançon is really lovely, but I haven't always been here ! I was trained in Computer Science with François Pachet at SONY Computer Science Laboratory in Paris, and was then mentored in cognitive neuroscience at the University of Tokyo with Takashi Ikegami and the RIKEN Brain Science Institute with Kazuo Okanoya. After a decade spent in IRCAM in Paris where I directed the ERC-funded CREAM music neuroscience team, I'm now Directeur de recherche CNRS (equiv. Full Professor) at the FEMTO-ST Institute (CNRS/Université de Bourgogne Franche-Comté) in Besançon.

Lab website: https://neuro-team-femto.github.io

I'm happy to find a new online home here and to reconnect with you guys in a way that, hopefully, will work better for all of us !

#neuroscience #neurology #acoustics #python #openscience #cnrs #cogsci #cognition #consciousness #coma #femtost

Neuro group at the Dept of Automation and Robotics, FEMTO-ST Institute

Creating the next generation of clinical methods for human neurophysiology Department of...

Neuro group at the Dept of Automation and Robotics, FEMTO-ST Institute

#EnDirectDesLabos 🔎 | L'apprentissage d'un réseau de neurones réalisé sur un dispositif physique tout optique

➡️ http://www.cnrs.fr/insis/recherche/actualites/2018/07/photonique-reseau-neurones.htm

📕 @OSAPublishing | https://www.osapublishing.org/optica/abstract.cfm?uri=optica-5-6-756
🤝 #FEMTOST @insis_cnrs @fc_univ @ENSMMOfficiel @utbm_fr @CNRS_Centre_Est https://twitter.com/CNRS/status/1023632004364025858/photo/1 source: https://twitter.com/CNRS/status/1023632004364025858

CNRS INSIS - L'apprentissage d'un réseau de neurones réalisé sur un dispositif physique tout optique

CNRS INSIS - Quand la lumière est dirigée par son champ magnétique

CNRS INSIS - Quand la lumière est dirigée par son champ magnétique

CNRS INSIS - Comment une impulsion laser nait du chaos

CNRS INSIS - Un aiguillage nanométrique pour les plasmons

RT @insis_cnrs: Un matériau qui convertit une pression linéaire en un mouvement de torsion http://www.cnrs.fr/insis/recherche/actualites/2018/03/materiaux-torsion.htm #FemtoST https://t.co/ss… source: https://twitter.com/CNRS/status/984859012469575681
CNRS INSIS - Un matériau qui convertit une pression linéaire en un mouvement de torsion